In the new generation, photovoltaic power production has grown in demand. So that assess by what method the realistic cell’s charged activity responds to alternatives in the environment, like temperature and light concentration. Developing the fuzzy logic control algorithm granted for the implementation unionization into authority of the fuzzy logic controller. A multilevel cascaded boost converter design with PV array is bestowed in this manuscript. Voltage is worn as feedback to conduct the fuzzy logic controller (FLC). The fuzzy logic-controlled boost converter has fast transient return, outstanding constant-state reaction, and decreased sensitivity to load variations. Using a multilevel cascaded boost converter, the generated power produced by differing origins, in the way that solar energy, fuel cells, and batteries, may be expanded. This work aims to demonstrate the design and happening of a fuzzy logic controller-supplied Multilevel Cascaded Boost Converter (MCBC) for photovoltaic utilizations. The fuzzy logic controller in view of this instance employs a Mamdani-style fuzzy logic controller. Finally, by exploiting the potential yield as feedback, they further noticeably enhanced the converter’s dynamic accomplishment. The simulation analysis of both methods is analyzed and the results are presented.